Answer:
By how they work and how they are in their field
- Cycle, quarterly, and weekly calendars are the several types of PMS schedules.
- The Cycle PMS Schedule shows the Maintenance Requirements (MRs) that are anticipated to be completed over an extended period of time within the ship's maintenance life cycle.
- The pound sign symbol ("#") denotes required related maintenance checks that must be conducted within the quarter.
- The mark used to denote the end of an MR is the letter "X."
- A circled "O" on a Sked requirement denotes a requirement that was either not completed at all or just partially completed after the relevant MRC.
- Each 13-week column has black markings at the top to denote underway periods.
- Rescheduled MRS is indicated by the O-with-arrow on the schedule mean.
What are the two scheduling techniques for preventive maintenance?
Fixed PMs and floating PMs are two different scheduling techniques for preventive maintenance. Tracking assets and determining when they require inspection, maintenance, calibration, or replacement can be done using either method.
What are the strategies of preventive maintenance scheduling?
These two PM scheduling techniques enable maintenance facilities to precisely identify maintenance triggers, properly maintain assets and effectively utilize maintenance resources. As a result, facilities experience less downtime and improve asset performance for longer.
Learn more about Preventive maintenance: brainly.com/question/14970029
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Answer:
40% , 24% and 16%
Explanation:
Total Amount invested = $2600
Portfolio is composed of :
Treasury bills paying 4%, Risky portfolio P, Two risky securities ( X and Y )
Optimal weights
X = 60% , Y = 40%
Expected rate of return
X = 16% , Y = 11%
<u>To form a complete portfolio with an expected rate of return of 8% </u>
Invest approximately 40% in risky portfolio
Invest approximately 24% and 16% of your complete portfolio in security X and Y
attached below is the detailed solution
Answer:
____8,000____units of Bedford lamp and ____4,000_______units of Lowell Lamp
Explanation
8,000 units of Bedford lamp X 2 machine hours = 16,000 machine hours.
4,000 units of Lowell lamp X 4 machine hours = 8,000 machine hours.
